Technical Whitepapers | Intent-Bound Authorization Research

Technical Whitepapers

Comprehensive research on Intent-Bound Authorization, including formal proofs, implementation architectures, and existential safety frameworks.

πŸ”’ Confidential Research Materials

Full technical specifications and implementation details are available under NDA for serious research collaborators and strategic partners.

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Available Whitepapers

Executive Summary

Superintelligence Containment

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One-page executive overview of why intelligence β‰  authorization and how IBA provides mathematical guarantees of containment regardless of AI capability level. Perfect for decision-makers and non-technical stakeholders.

πŸ“„ 1 page
⏱️ 3 min read
🎯 Executive audience
Technical Whitepaper

Superintelligence Containment Framework

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Comprehensive technical specification demonstrating how IBA contains superintelligent systems. Includes formal proofs, attack vector analysis, hardware architecture requirements, and deployment timelines. Essential reading for AI safety researchers.

πŸ“„ 15 pages
⏱️ 30 min read
🎯 Technical audience
Technical Whitepaper

Recursive Self-Improvement Safety

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Detailed analysis of how IBA prevents unauthorized self-modification during recursive self-improvement cycles. Covers containment scenarios, mathematical proofs, and integration with AI lab safety programs. Critical for AGI development teams.

πŸ“„ 18 pages
⏱️ 35 min read
🎯 AI lab researchers
One-Pager

AI Ethics Compliance

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Overview of how IBA ensures regulatory compliance (EU AI Act, EEOC, GDPR) through mathematical enforcement rather than post-hoc auditing. Includes use cases for hiring, lending, healthcare, and content moderation AI.

πŸ“„ 3 pages
⏱️ 5 min read
🎯 Compliance officers

Research In Progress

Coming Q2 2026

Formal Verification Methodology

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Complete formal verification of IBA validation logic in Coq and Isabelle. Includes mathematical proofs of containment properties and security theorems.

Coming Q2 2026

Hardware Architecture Specification

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Detailed hardware requirements for production deployment. SGX/SEV integration, HSM configuration, FPGA gateway design, and performance benchmarks.

Research Collaboration

Interested in joint research, formal verification partnership, or early access to implementation specifications? We’re seeking collaborators from AI labs, safety institutes, and academic institutions.

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